Fixed some typos

chrisws · chrisws · commit 907614c6d7b0 · 2025-05-19T20:44:43.000+09:30
diff --git a/_build/reference/1802-math-transpose.markdown b/_build/reference/1802-math-transpose.markdown
@@ -4,7 +4,7 @@
 
 Calculates the transpose `A` of a 2D matrix or a vector `M`.
 
-### Example 1: Transpose of a vetor
+### Example 1: Transpose of a vector
 
 ```
 A = [1;2;3;4]
diff --git a/_build/reference/527-console-input.markdown b/_build/reference/527-console-input.markdown
@@ -2,7 +2,7 @@
 
 > INPUT [prompt,|;] var[, var [, ...]]
 
-Reads text from keyboard and stores it in the variable `var`. The string `prompt` is printed on the screen. If `promt` is followed by a `;`, a question mark and a space are printed additionally. If you want to input two or more variables, the input needs to be separated with `,`.
+Reads text from keyboard and stores it in the variable `var`. The string `prompt` is printed on the screen. If `prompt` is followed by a `;`, a question mark and a space are printed additionally. If you want to input two or more variables, the input needs to be separated with `,`.
 
 ### Example 1: Using a single var
 
diff --git a/_build/reference/561-data-lbound.markdown b/_build/reference/561-data-lbound.markdown
@@ -2,7 +2,7 @@
 
 > lb = LBOUND (array [, dim])
 
-Returns the lower bound `lb` of an array `array`. `dim` can be used to specifiy, at which dimension the lower bound should be returned if `array` is a multi-dimensional array. If `dim` is not used the lower bound of the first dimension will be returned.
+Returns the lower bound `lb` of an array `array`. `dim` can be used to specify, at which dimension the lower bound should be returned if `array` is a multi-dimensional array. If `dim` is not used the lower bound of the first dimension will be returned.
 
 See UBOUND for upper bound of an array.
 
diff --git a/_build/reference/567-data-ubound.markdown b/_build/reference/567-data-ubound.markdown
@@ -2,7 +2,7 @@
 
 > ub = UBOUND (array [, dim])
 
-Returns the upper bound `ub` of an array `array`. `dim` can be used to specifiy, at which dimension the upper bound should be returned if `array` is a multi-dimensional array. If `dim` is not used the upper bound of the first dimension will be returned.
+Returns the upper bound `ub` of an array `array`. `dim` can be used to specify, at which dimension the upper bound should be returned if `array` is a multi-dimensional array. If `dim` is not used the upper bound of the first dimension will be returned.
 
 See LBOUND for lower bound of an array.
 
diff --git a/_build/reference/620-graphics-plot.markdown b/_build/reference/620-graphics-plot.markdown
@@ -7,7 +7,7 @@ Plots the graph of `f(x)` in the range from `xmin` to `xmax`. The variable must
 ### Example
 
 ```
-' Set wite background and drawing color to red
+' Set white background and drawing color to red
 color rgb(255,0,0), rgb(255,255,255)
 cls
 
diff --git a/_build/reference/655-language-select.markdown b/_build/reference/655-language-select.markdown
@@ -3,7 +3,7 @@
 > SELECT CASE expr
 
 Perform multiple tests on the expression `expr`. Offers a more concise syntax to writing successive IF tests.
-Once a case statement is fullfilled the select-case structure will be exited and all following case statements will not be tested anymore.
+Once a case statement is fulfilled the select-case structure will be exited and all following case statements will not be tested anymore.
 
 See also IF ... THEN ... ELIF ... ELSE ... FI structure.
 
diff --git a/_build/reference/698-math-m3ident.markdown b/_build/reference/698-math-m3ident.markdown
@@ -10,7 +10,7 @@ M = |0  1  0|
     |0  0  1|
 ```
 
-The Identy matrix can be used with M3TRANS, M3SCALE, M3ROTATE and M3APPLY to perform 2D transformations of a poly-line.
+The Identity matrix can be used with M3TRANS, M3SCALE, M3ROTATE and M3APPLY to perform 2D transformations of a poly-line.
 
 ### Example
 
diff --git a/_build/reference/706-math-absmin.markdown b/_build/reference/706-math-absmin.markdown
@@ -2,7 +2,7 @@
 
 > f = ABSMIN (var1 [, var2, ... , varN] )
 
-Returns the absolute minumum value of `var1` to `varN`. `var1` to `varN` can be numbers and arrays of numbers.
+Returns the absolute minimum value of `var1` to `varN`. `var1` to `varN` can be numbers and arrays of numbers.
 
 See ABSMAX for absolute maximum value.
 
diff --git a/_build/reference/784-string-leftof.markdown b/_build/reference/784-string-leftof.markdown
@@ -2,7 +2,7 @@
 
 > s = LEFTOF (s1, s2)
 
-Returns the left part of `s1` at the position of the first occurrence of the string `s2` in string `s1`. If `s2` does not occure in string `s1`, an empty string will be returned.
+Returns the left part of `s1` at the position of the first occurrence of the string `s2` in string `s1`. If `s2` does not occur in string `s1`, an empty string will be returned.
 
 ### Example
 
diff --git a/_build/reference/785-string-leftoflast.markdown b/_build/reference/785-string-leftoflast.markdown
@@ -2,7 +2,7 @@
 
 > s = LEFTOFLAST (s1, s2)
 
-Returns the left part of `s1` at the position of the last occurrence of the string `s2` in string `s1`. If `s2` does not occure in `s1`, an empty string will be returned.
+Returns the left part of `s1` at the position of the last occurrence of the string `s2` in string `s1`. If `s2` does not occur in `s1`, an empty string will be returned.
 
 ### Example
 
diff --git a/_build/reference/792-string-rightof.markdown b/_build/reference/792-string-rightof.markdown
@@ -2,7 +2,7 @@
 
 > r = RIGHTOF (s1, s2)
 
-Returns the right part of string `s1` at the position of the first occurrence of string `s2` in `s1`. If `s2` does not occure in `s1` RIGHTOF returns an empty string.
+Returns the right part of string `s1` at the position of the first occurrence of string `s2` in `s1`. If `s2` does not occur in `s1` RIGHTOF returns an empty string.
 
 ### Example
 
diff --git a/_build/reference/793-string-rightoflast.markdown b/_build/reference/793-string-rightoflast.markdown
@@ -2,7 +2,7 @@
 
 > r = RIGHTOFLAST (s1, s2)
 
-Returns the right part of string `s1` at the position of the last occurrence of string `s2` in `s1`. If `s2` does not occure in `s1` RIGHTOFLAST returns an empty string.
+Returns the right part of string `s1` at the position of the last occurrence of string `s2` in `s1`. If `s2` does not occur in `s1` RIGHTOFLAST returns an empty string.
 
 ### Example
 
diff --git a/_build/reference/818-system-run.markdown b/_build/reference/818-system-run.markdown
@@ -2,7 +2,7 @@
 
 > [s =] RUN cmdstr
 
-Loads a secondary copy of the system shell and executes a program or a shell command given by the string `cmdstr`. The execution of the calling BASIC program will be stoped and control returns to the BASIC program once the system command has completed. If RUN is called as a function, the return value `s` holds the text output of the executed command as a string. 
+Loads a secondary copy of the system shell and executes a program or a shell command given by the string `cmdstr`. The execution of the calling BASIC program will be stopped and control returns to the BASIC program once the system command has completed. If RUN is called as a function, the return value `s` holds the text output of the executed command as a string. 
 
 System commands, especially on Linux, are very powerful, and can add lots of valuable features to a SmallBASIC program. With system commands you can configure the COM port, send email (Linux at least), get lots of information about the environment, etc.
 
